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    • 1. 发明授权
    • Image forming apparatus with static elimination
    • 具有静电消除的成像装置
    • US08712262B2
    • 2014-04-29
    • US13259309
    • 2010-04-15
    • Akinori NishidaTakahiro SasaiShu Ikezaki
    • Akinori NishidaTakahiro SasaiShu Ikezaki
    • G03G15/16
    • G03G15/657G03G2215/00649
    • An image forming apparatus that prevents transfer defects such as the occurrence of white spots includes a photoreceptor drum, a transfer roller, a transfer bias application circuit that applies a transfer bias to the transfer roller, a static elimination needle that eliminates static of a recording paper, a static elimination bias application circuit that applies a static elimination bias to the static elimination needle, and a printer controller. The printer controller controls the static elimination bias application circuit so that a potential difference between the static elimination needle and the recording paper during the period from when a front end region of the recording paper passes by the static elimination needle until when a front end of the recording paper comes into contact with a conveyance guide becomes smaller than the potential difference during the period that the front end region of the recording paper passes by the static elimination needle.
    • 防止诸如发生白点的转印缺陷的图像形成装置包括感光鼓,转印辊,向转印辊施加转印偏压的转印偏压施加电路,消除记录纸静电的静电消除针 ,对静电消除针施加静电消除偏压的静电消除偏压施加电路和打印机控制器。 打印机控制器控制静电消除偏差施加电路,使得在从记录纸的前端区域通过静电消除针之前到当前位置处的静电消除针和记录纸之间的电位差 记录纸与输送引导件接触变得小于记录纸的前端区域通过静电消除针的期间的电位差。
    • 2. 发明申请
    • IMAGE FORMING APPARATUS
    • 图像形成装置
    • US20120014705A1
    • 2012-01-19
    • US13259309
    • 2010-04-15
    • Akinori NishidaTakahiro SasaiShu Ikezaki
    • Akinori NishidaTakahiro SasaiShu Ikezaki
    • G03G15/16
    • G03G15/657G03G2215/00649
    • An image forming apparatus that prevents transfer defects such as the occurrence of white spots. includes a photoreceptor drum, a transfer roller, a transfer bias application circuit that applies a transfer bias to the transfer roller a static elimination needle that eliminates static of a recording paper, a static elimination bias application circuit that applies a static elimination bias to the static elimination needle, and a printer controller. The printer controller controls the static elimination bias application circuit so that a potential difference between the static elimination needle and the recording paper during the period from when a front end region of the recording paper passes by the static elimination needle until when a front end of the recording paper comes into contact with a conveyance guide becomes smaller than the potential difference during the period that the front end region of the recording paper passes by the static elimination needle.
    • 防止诸如发生白点的转印缺陷的图像形成装置。 包括感光鼓,转印辊,转印偏压施加电路,其向转印辊施加消除记录纸静电的静电消除针的转印偏压;静电消除偏置施加电路,其将静电消除偏压施加于静电 消除针和打印机控制器。 打印机控制器控制静电消除偏差施加电路,使得在从记录纸的前端区域通过静电消除针之前到当前位置处的静电消除针和记录纸之间的电位差 记录纸与输送引导件接触变得小于记录纸的前端区域通过静电消除针的期间的电位差。
    • 6. 发明授权
    • Method of contact-charging the surface of a photosensitive material
    • 接触充电感光材料表面的方法
    • US5485344A
    • 1996-01-16
    • US126773
    • 1993-09-27
    • Shoji MatsumotoMasanori MatsudaEiji GotoAkinori NishidaTakeshi Hori
    • Shoji MatsumotoMasanori MatsudaEiji GotoAkinori NishidaTakeshi Hori
    • G03G15/02
    • G03G15/0233
    • A charging method for charging a photosensitive material of, for example, the photosensitive drum of an electrophotographic copying apparatus is accomplished by bringing an endless electrically conducting flexible sheet containing a brush roller into physical contact with the surface of the photosensitive material and applying a voltage to the electrically conducting flexible sheet. The electrically conducting flexible sheet is a laminate of a first resistance layer positioned on the side of the brush roller and a second resistance layer positioned on the outer surface of the first resistance layer. The second resistance layer has an electric resistance greater than that of the first resistance layer. The method using the laminated flexible sheet makes it possible to uniformly and stably charge the surface of the photosensitive material without the life of the photosensitive material being deteriorated and without permitting the output of the power source to drop even when defects, such as pinholes, exist in the surface of the photosensitive material.
    • 用于对例如电子照相复印设备的感光鼓的感光材料充电的充电方法是通过使含有刷辊的环形导电柔性片材与感光材料的表面物理接触并将电压施加到 导电柔性片。 导电柔性片是位于刷辊一侧的第一电阻层和位于第一电阻层的外表面上的第二电阻层的叠层。 第二电阻层的电阻大于第一电阻层的电阻。 使用层叠的柔性片的方法使得可以均匀且稳定地对感光材料的表面充电,而不会使感光材料的寿命恶化,并且即使存在诸如针孔的缺陷,也不允许电源的输出下降 在感光材料的表面。
    • 7. 发明授权
    • Image forming device and image forming method
    • 图像形成装置和图像形成方法
    • US08412059B2
    • 2013-04-02
    • US13009885
    • 2011-01-20
    • Akinori NishidaTakaaki Kamei
    • Akinori NishidaTakaaki Kamei
    • G03G15/08
    • G03G15/553G03G15/0856G03G15/0862G03G15/556G03G2215/0891
    • In an image forming device, toner in a developing unit is efficiently utilized. A printing unit includes a developing unit, a toner cartridge, a photo-electronic sensor, a CPU and a counter. The toner cartridge replenishes toner to the developing unit at one time. The photo-electronic sensor detects toner in the developing unit. The CPU processes an output signal from the photo-electronic sensor to create comparison data, then compares comparison data with a predetermined threshold and issues an alarm when the comparison data exceeds the predetermined threshold. The counter counts the number of times that toner is replenished to the developing unit. The CPU changes the threshold to a level at which an alarm is hardly issued as the number of counts in the counter increases.
    • 在图像形成装置中,显影单元中的调色剂被有效地利用。 打印单元包括显影单元,调色剂盒,光电传感器,CPU和计数器。 墨粉盒一次向显影单元补充墨粉。 光电传感器检测显影单元中的调色剂。 CPU处理来自光电传感器的输出信号以产生比较数据,然后将比较数据与预定阈值进行比较,并在比较数据超过预定阈值时发出报警。 计数器计数调色剂补充到显影单元的次数。 随着计数器中的计数增加,CPU将阈值更改为难以发出警报的级别。
    • 8. 发明授权
    • File processing device, file transmission device, and corresponding methods
    • 文件处理装置,文件传输装置及相应的方法
    • US07953715B2
    • 2011-05-31
    • US11973048
    • 2007-10-04
    • Akinori Nishida
    • Akinori Nishida
    • G06F7/00G06F12/00G06F17/00G06F17/30
    • H04N1/32619H04N1/32641H04N2201/0094
    • Upon receiving a plurality of image files transmitted from a portable telephone 80, a multifunction printer 10 stores, of the image files received this time, the file name of an image file with no data loss into a RAM 76, and controls a printer unit 20 so that print processing of the image file with no data loss is executed. Thereafter, upon receiving the same plurality of image files again, the multifunction printer 10 controls the printer unit 20 so that print processing is executed with respect to, of the image files received this time, a file whose file name was not stored into the RAM 76 as a file with no data loss last time and which is determined to be a file with no data loss this time.
    • 在从便携式电话机80接收到多个图像文件的情况下,多功能打印机10将本次接收到的图像文件的数据丢失的图像文件的文件名存储到RAM76中,并且控制打印机单元20 使得不执行数据丢失的图像文件的打印处理。 此后,在再次接收到相同的多个图像文件时,多功能打印机10控制打印机单元20,使得针对本次接收到的图像文件的打印处理执行文件名未被存储到RAM中的文件 76作为上次没有数据丢失的文件,这次被确定为没有数据丢失的文件。
    • 9. 发明申请
    • File processing device, file transmission device, and corresponding methods
    • 文件处理装置,文件传输装置及相应的方法
    • US20080109643A1
    • 2008-05-08
    • US11973048
    • 2007-10-04
    • Akinori Nishida
    • Akinori Nishida
    • G06F9/00G06F9/06
    • H04N1/32619H04N1/32641H04N2201/0094
    • Upon receiving a plurality of image files transmitted from a portable telephone 80, a multifunction printer 10 stores, of the image files received this time, the file name of an image file with no data loss into a RAM 76, and controls a printer unit 20 so that print processing of the image file with no data loss is executed. Thereafter, upon receiving the same plurality of image files again, the multifunction printer 10 controls the printer unit 20 so that print processing is executed with respect to, of the image files received this time, a file whose file name was not stored into the RAM 76 as a file with no data loss last time and which is determined to be a file with no data loss this time.
    • 在从便携式电话机80接收到多个图像文件的情况下,多功能打印机10将本次接收到的图像文件的数据丢失的图像文件的文件名存储到RAM76中,并且控制打印机单元20 使得不执行数据丢失的图像文件的打印处理。 此后,在再次接收到相同的多个图像文件时,多功能打印机10控制打印机单元20,使得针对本次接收到的图像文件的打印处理执行文件名未被存储到RAM中的文件 76作为上次没有数据丢失的文件,这次被确定为没有数据丢失的文件。
    • 10. 发明授权
    • Electrically charging method and electrically charging device used
therefor
    • 使用的充电方法和充电装置
    • US5659853A
    • 1997-08-19
    • US313792
    • 1994-09-28
    • Masanori MatsudaEiji GotoAkinori NishidaHironaga IidaMasahiro Shirai
    • Masanori MatsudaEiji GotoAkinori NishidaHironaga IidaMasahiro Shirai
    • G03G15/02
    • G03G15/0216
    • A method of electrically charging a material to be charged by bringing a charging member impressed with a voltage into physical contact with the material to be charged, wherein the charging member is constituted by a flexible and electrically conducting endless sheet and a rotary insulating brush which supports the endless sheet at a position where the endless sheet and the material to be charged are in contact with each other and gives a pushing force to the endless sheet, and the endless sheet is driven actively or passively together with the insulating brush at a speed substantially in synchronism with the material to be charged while applying a charging voltage to the endless sheet. This method makes it possible to uniformly and stably charge the surface of the photosensitive material even when defects such as pinholes or the like exist in the surface of the photosensitive material, without causing the life of the photosensitive material to be shortened.
    • 一种通过使带有电压的充电部件与被充电材料物理接触而对被充电材料进行充电的方法,其中,充电部件由柔性导电的环状片材和旋转绝缘刷子构成,所述旋转绝缘刷子支撑 在环状片材和被填充材料彼此接触的位置处的环形片材,并且向环形片材施加推力,环形片材与绝缘刷子一起被主动或被动地以大致 与向循环片施加充电电压时与被充电材料同步。 即使感光材料的表面中存在诸如针孔等缺陷,也不会使感光材料的寿命缩短,可以均匀且稳定地对感光材料的表面充电。